Investigation of the Modes of Operation of an Electroactivator for Disinfection of Vegetable Plants

A calculation method has been developed and mathematical models of the main parameters and operating modes of an electroactivator for disinfection of vegetable plants have been obtained, which allows the preparation of the required amount of activated water (catholyte) for disinfection of vegetable plants. The use of activated water (catholyte) for processing and watering it improves the effect of activated media on disinfection and growth of vegetable plants. It is known that as a result of treatment for disinfection of vegetable plants with catolite, the content of dry substances, crude fat, protein, ash changes in them, which indicates the effectiveness of such treatment. Thus, for agricultural enterprises, improving the parameters and operating modes of the electroactivator for disinfection and growth of vegetable plants is very important. In this regard, we propose a method for calculating the parameters and operating modes of an electroactivator for disinfection and growth of vegetable plants and preparation of the required amount of activated water (catholyte) for disinfection and growth.